Liquid Oxygen Program

Triple Sport Performance

What it does

Performance will help increased effectiveness of the normal Oxygen respiratory and gives additional Oxygen to your body. Oxygen is a fundamental segment in each chemical reaction essential to our physiology. Oxygen is critical for converting carbohydrate and fat into energy and additionally using protein and different supplements in the repair and modifying of muscle tissue.

Performance is a liquid oxygenated saline water supplement that gives additional oxygen to the body and contains no restricted substances. Performance is a new generation Oxygen Supplement. Its novel bio-electrical manufacturing process makes the oxygen stable within the liquid.

For sportspeople, abundant oxygen is imperative for optimizing quality, energy, stamina, and in helping the recuperation procedure.

Performance delivers your body more oxygen to support endurance throughout your training or competition. It optimizes strength enhances endurance & accelerates recovery.

How it's made

Performance is produced using a proprietary engineering process that fuses free oxygen molecules with plant-derived minerals. The result is a performance supplement that boosts oxygen levels in the body for better energy efficiency, mental clarity, and improved recovery from physical stressors.

Subsequently it is non-chemically formulated with no blending of potentially toxic synthetic substances. Performance has one of the highest concentrations of bio-available oxygen accessible today. It contains between 100,000 and 250,000 parts per million of activated stabilized oxygen.


Triple Sport starts with a simple solution of distilled water H2O and sea salt. From there, our proprietary process begins.


During manufacturing, the water molecules are blasted apart to free the oxygen atoms from the H2O compound.


The free oxygen molecules O2 attract to each other, bonding to form a highly stable, proprietary form of molecular oxygen.

How it works

At the point when a cell isn't receiving enough oxygen, it starts to ferment sugar and creates lactic corrosive acid. This lactic corrosive acid accumulates in the tissues and causes numerous issues, for example: sore muscles, fatigue and acidosis.

The purpose of respiration is to carry atmospheric oxygen into close relationship with the haemoglobin of the blood and allow the exchange of oxygen with carbon dioxide, hence killing this final result of oxidation alongside different items in minute amounts. During the time of respiration, waste products are exposed to the activity of oxygen and they are 'burned up' which produces body heat. In the living organism, heat is constantly being produced through the synthetic activity of oxygen upon carbon substances (sugars/carbohydrates).

At the point when there is an inadequate amount of oxygen in the blood, carbon is not entirely burned and carbon monoxide is created which isn't promptly disposed of. Through its toxic impact the framework ends up weakened or 'rundown'. Carbon monoxide is an irritation to the sensory system, it attaches itself to the haemoglobin in red blood cells and prevents them conveying oxygen and it interferes with organ functions.

Low levels of oxygen creates and increase of clumping of red blood cells lessening their capacity to get oxygen in the lungs. 25% to 35% of the oxygen is consumed by ordinary cellular metabolism. If however the body undergoes stress or any other prolonged physical activity, this 'reserve' can drop to 20% to 25%. In this manner you can raise the measure of oxygen dissolved in the plasma you will increases the amount of oxygen that gets to the cells and that can turn into a part of the oxygen 'reserve'.

Oxygen's Role in Performance

In order for muscles to perform, they need energy. Energy production takes place inside tiny cellular factories, called mitochondria. In the aerobic metabolic process, the human body uses a molecule of glucose to produce 36 adenosine triphosphate (ATP) molecules. ATP is what fuels your muscles.

When your lungs cannot pull enough oxygen into the bloodstream to keep up with the demands of your muscles, the mitochondria revert to a much less efficient form of energy production called Anaerobic Metabolism.

Anaerobic metabolism is the creation of energy through the combustion of carbohydrates in the absence of oxygen. This occurs when the lungs cannot put enough oxygen into the bloodstream to keep up with the demands from the muscles for energy. It generally is used only for short bursts of activity.

When there isn't enough oxygen in the bloodstream, glucose and glycogen cannot be fully broken down to carbon dioxide and water. Instead, lactic acid is produced, which can build up in the muscles and degrade muscle function.

Lactic acid is a by-product of anaerobic glycolysis and anaerobic metabolism. Although lactic acid used as a fuel by the heart, excessive lactic acid in your skeletal muscles slows down contractions, preventing you maintaining peak performance.

Triple Sport Moutainbike

Thomas Schweighofer - Mountainbiker

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Tested & Proven Results

Activated Stabelized Oxygen has been the subject of more than two dozen independent research studies at laboratories and universities around the world. Athletes, scientists, educators, and health professionals have testified to its safety and efficacy. In one 6-month university study, researchers found that athletes who consumed Activated Stabelized Oxygen prior to training demonstrated improvement in overall performance and recovery.

Measuring O2 saturation in the muscle tissue and bloodstream, the study confirmed a significant reduction in blood lactate concentrations as well as increased lactate clearance kinetics — resulting in improved aerobic capacity and reduced recuperation times.

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available sizes

Triple Sport Performance

Performance 236ml

Triple Sport Performance

Performance 473ml

Triple Sport Performance

Performance 946ml